ISeoul Office/R&D - Frank's Hospital Workshop€¦ · Notes To Users 1 IFM-500 1SFGBDF ¥Thank you...

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Head Office/Factory 687-5, Sangoan-ri, Hongcheon-eub, Hongcheon-gun, Gangwon-do, Korea (zip.250-804) Tel : +82-33-434-9041 Fax : +82-33-434-9043 Seoul Office/R&D 3F, Kwangsung Venture Plaza, 445, Daehung-dong, Mapo-gu, Seoul, Korea, 121-080, Republic of korea Tel : +82-2-714-2962 Fax : +82-2-714-2963 Customer Service Dept. Tel : +82-2-714-2962 Fax : +82-2-714-2963 IFM500(영문) 1904.2.3 9:48 PM 페이지1 001 pdf-in

Transcript of ISeoul Office/R&D - Frank's Hospital Workshop€¦ · Notes To Users 1 IFM-500 1SFGBDF ¥Thank you...

Head Office/Factory 687-5, Sangoan-ri, Hongcheon-eub, Hongcheon-gun,Gangwon-do, Korea (zip.250-804)Tel : +82-33-434-9041 Fax : +82-33-434-9043Seoul Office/R&D3F, Kwangsung Venture Plaza, 445, Daehung-dong, Mapo-gu,Seoul, Korea, 121-080, Republic of korea Tel : +82-2-714-2962 Fax : +82-2-714-2963Customer Service Dept.Tel : +82-2-714-2962 Fax : +82-2-714-2963

IFM500( 문) 1904.2.3 9:48 PM 페이지1 001 pdf-in

Operation Manual

IFM-500FETAL MONITOR Ver 1.4

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Table of Contents

1. INTRODUCTION 3

2. SAFETY PRECAUTIONS 4

2.1 Proper Environment for the use of IFM-500 4

2.2 Electrical Safety precaution 6

2.3 Maintenance and protection 8

2.4 Fuse Replacement 9

3. SPECIFICATIONS 10

3.1 Standard Specification 10

4. PRODUCT DESCRIPTION 12

4.1 Composition of IFM-500 12

4.2 Name of Each part 13

5. INSTALLATION 17

5.1 Transducer and Evevnt maker Connection 17

5.2 Recordfing paper Installation 18

5.3 Power Connection 18

6. SET-UP MODE 19

6.1 Initial Set-UP 19

6.2 Set-up Function 20

7. OPERATION 26

7.1 Control panel 26

7.2 FHR(Fetal Heart Rate) 28

7.3 UC(Uterine Contraction) 29

7.4 Alarming 29

7.5 Recording 29

7.6 Evevnt Marking 30

7.7 Self-test(Calibration)operation 30

8. HOW TO USE TRANSDUCERS 31

8.1 Doppler measurement method 31

8.2 UC measurement method 33

9. ERROR MESSAGE AND COUNTERMESURE 34

10. RECORDING PAPER 35

A. AFTER SERVICE 37

B. WARRANTY 39

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Notes To Users 1

IFM-500

Preface

■ Thank you for purchasing the IFM-500 Fetal Monitor. To ensure safe operation and long term

performance stability, it is essential that you fully understand the functions, operating and

maintenance instructions by reading this manual before operating equipment.

■ Particular attention must be paid to all warnings, cautions, and notes incorporated herein.

● Incorrect operation, or failure of the user to maintain the equipment relieves the

manufacturer or his agent of the system’s noncompliance with specifications or of

responsibility for any damage or injury.

● The following conventions are used throughout the manual to denote information of special

emphasis.

“Warning” is used to indicate the presence of a hazard which can cause severe personal

injury, death, or substantial property damage if the warning is ignored.

“Caution” is used to indicate the presence of a hazard which will or can cause minor personal

injury property damage if the caution is ignored.

“Note” is used to notify the user of installation, operation, or maintenance information which

is important but not hazard related.

Notes To Users

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FETAL MONITOR

2 Safety Symbols

Safety Symbols

■ The International Electrotechnical Commission (IEC) has established a set of symbols for

medical electronic equipment which classify a connection or warn of any potential hazards.

The classifications and symbols are shown below.

Save these instructions.

■ The following symbols are used inside the system :

Isolated patient connection. (IEC 601-1-Type BF)

I and O on power switch represent ON and OFF, respectively.

This symbol identifies a safety note. Ensure you understand the

function of this control before using it. Control function is described

in the appropriate operation manual.

Conductor provides a connection between equipment and the

potential equalization busbar of the electrical installation.

Identifies the point where the system safety ground is fastened to the

chassis.

Protective earth connected to conductive parts of Class I equipment

for safety purposes.

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Introduction 3

IFM-500

Thank you for your purchase of BIONICS FETAL MONITOR (IFM-500).

IFM-500 has been designed for the users’best convenience. Exact and stable FHR(Fetal

HeartRate), UC(Uterine Contraction) and FM(Fetal movement) extracted automatically by using

Doppler Shift Frequency are displayed and recorded for monitoring up to fetal status.

Customers are kindly requested to read through this operational manual describing general

instruction before installing and using.

In chapter 2, safety precautions are described.

In chapter 3, standard, optional specification and serial interface for computer connection are

described.

In chapter 4, composition and name of each parts are described.

In chapter 5, pre-steps for installing and power supply before using are described.

In chapter 6, changing and memorizing of each parameters of set-up mode are described.

In chapter 7, operation of IFM-500 are described.

In chapter 8, how to use transducers effectively for FHR and UC monitoring are described.

In chapter 9, first aid treatment for emergency trouble are described.

In chapter 10, all data recorded in recording paper are described.

In appendix A, after service steps are described.

In appendix B, warranties are described.

INTRODUCTIONCHAPTER 1

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FETAL MONITOR

4 Safety Precautions

1. INTRODUCTION

2.1. Proper Environment for the Use of IFM-500

●The IFM-500 is designed and manufactured with due consideration given to the safety of

the operator and subject and also to the reliability of the equipment. The following

precautions must be observed for additional safety :

① The equipment must be operated only by, or under supervision of, aqualified person.

② The IFM-500 is specified as Class I type BF equipment under the standard of IEC

60601-1 (Safety of Medical Equipment).

Therefore, Patients must not touch or handle the equipment at any time.

③ Do not modify the equipment. If any modification is desired, ask MEDISON or its

authorized dealer for the service.

④ The equipment has been factory-adjusted for optimum performance.

Do not attempt to adjust any preset controls or switchs except those specified in this

manual for operation.

⑤ If you have experienced any trouble with the equipment, switch it off immediately, and

contact BIONICS or its authorized dealer for assistance.

⑥ If you plan to connect any devices of other manufacturers electrically or mechanically to

this equipment, contact BIONICS or its authorized dealer for instructions before doing

so.

⑦ Avoid the following environments for operation or storage ;

●where the equipment is exposed to toxic gas.

●where the humidity is extremely high.

●where the equipment is exposed to wator vapor.

●where the equipment is exposed to spray or splashing water.

CHAPTER 1 SAFETY PRECAUTIONS

No protection against the ingress of liquids.

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Safety Precautions 5

IFM-500

●where the equipment is exposed to dust.

●where the equipment is exposed to high density oil vapor.

●where the equipment is exposed to salty atmosphere.

●where the equipment is exposed to explosive gas or dust.

●where the equipment is exposed to excessive shocks or vibrations.

●where the angle of inclination of the mounting surface excessive 10 degrees.

●where the AC power line voltage heavily frustrates.

●where the AC power line voltage changes heavily with this equipment in operation.

●where the equipment is exposed to direct sunlight.

⑧Avoid the following environments for operation, storage and transport ;

●where the ambient temperature falls below -10℃ or exceeds 60℃.(Normal operating

temperature range = 10 to 40 ℃)

●where the atmospheric pressure falls below 70 KPa (700 mbar) or exceeds 106 KPa (1060

mbar).

●where the humidity falls below 30 or exceeds 85%.

For environmental protection, never dispose lithium battery IC to hazardous places : like fire

hazardous places.

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6 Safety Precautions

2.2. Electrical Safety Precaution

EQUIPOTENTIAL BONDING ;In hospital, doctors and patients are subjected to dangerous, uncontrollable compensating

currents. These currents are due to the potential differences between connected equipment and

touchable conducting parts as found in medical rooms. The safest solution to the problem is

accomplished is consistent equipotential bonding.

Medical equipment is connected with connecting leads made up with angle sockets to the

equipotential bonding network in medical rooms.

Try to place the system far from power generators, X-ray machines, broadcasting stations, and

transmission lines to avoids electrical noise during diagnosis.

The equipment and the additional devices are to dispose safe after the life cycle of the

equipment.

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Safety Precautions 7

IFM-500

IFM-500 is classified as ;- Class I type-BF against electric shock

- Ordinary equipment without protection against ingress of water

- Equipment not suitable for use in presence of a flammable anesthetic mixture

- Continuous operation by standard of IEC 60601-1 (Safety of Electric Medical Equipment).

Moreover, IFM-500 is complied with Class A for Noise-Emission, Level B for Noise-

immunity, by standard of IEC 60601-1-2 (Electromagnetic Compatibility Requirements).

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8 Safety Precautions

2.3. Maintenance and Protection

●To keep the system and probe clean, rub them smoothly with a soft cloth soaked it in the warm

water or dampened with alcohol at least once a month. Do not use lacquer thinner ethylene

oxide or any other organic solutions, as this can destroy the membrane of the probe. Make sure

that disinfecting solution or water does not go into the system and other accessories.

●To clean probes, the standard practice for cleaning is to gently but thoroughly wipe probes

with either a warm, water-moistened cloth or a standard clinical-grade alcohol prep pad at

least once in a week. Do not use lacquer thinner or other orga-nic solvents as this can have

deleterious effects on the active membrane surface of probes. Do not immerse probes in any

type of liquid or cleaning solution. Also, do not allow liquid of any type to leak into the system

or probes.

When a patient use mark switch, Be sure to wear the medical gloves or similar poretection

things to avoide contact.

■■ Cleaning

■■ Biocompatibilty Protection.

The belt contains natural Rubber Latex which may cause allergic reactions.

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Safety Precautions 9

IFM-500

2.4. Maintenance and Protection

1. Open fuse drawer on the upper side of the appliance inlet, there will be the two small fuse

holder.

2. Push the fuse holder toward the arrow direction, and pull the fuse holder toward the upper

side of the appliance inlet.

3. Remove the old fuse by pulling up.

4. Install the new fuse by pushing to the fuse holder.

5. Insert the fuse holder to the appliance inlet. At this time, the arrow direction on the upper side

of the fuse holder should be in accordance with that on the fuse draw.

6. Also, the same method is used to exchange the other fuse holder.

7. Close the fuse drawer.

For continuous protection against a risk of fire hazard, replace only with same type and same

rating of fuse.

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10 Safety Precautions

3.1. Standard Specification

1) Operating Frequancy : 2 MHz

2) Intenity : 10rm mW/cm2 or less

3) FHR Measurement

- Dual FHR display and recording

- Measurement range : 50 ∼ 240 bmp(beat per minute)

- Fetal heart beat sound

- Fetal heart beat rhythm lamp

- Signal quality indication (Green: good, Red: noise present)

- FHR alarming function

- Auto-recognition of transducer used (selection lamp)

4) FM Measurement

- Auto measurement by using doppler shift frequency

5) UC Measurement

- External measurement (Guard ring method))

- Calibration function

- UC Value display on LED BAR

- UC Value display and recording

6) Recording printer

- Thermal head

- Resolution : 8 dots/mm

- Record speed : selectable 1, 2 and 3 cm/min

- Duration: 16 hours (3cm/min)

- Record contrast : 4 steps

- Auto-record period : 10, 20, 30, 40, 50, 60 minutes

SAFETY PRECAUTIONSCHAPTER 3

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Safety Precautions 11

IFM-500

7) Set-up Function

- Date and time

- Record speed

- Record contrast

- Auto-record period

- Upper and lower value for alarming

8) Power required

- Input : 100 - 240V ~, 50/60 Hz

- Power consumption : Abt. 40W

9) Others

- Event marker

- Self-test(Calibration) function

- Serial Interface function for computer loaddown(RS-232C)

- Size : Abt. 230(W) × 280(H) × 210(D) mm

- Weight : Abt. 4 Kg

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12 Product Description

4.1. Composition of IFM-500

Open the packing box and check if main unit and all related accessories are staying in.Also check

the breakage and damages which can be happen during transportation.If any related accessories

are missing, please inquire the situation to seller.

1) Standard Accessories

① IFM-500 Main Body

②Ultrasound transducer(1EA)

③ Tocotransducer(1EA)

④ Event marker(1EA)

⑤ Printer paper(2EA)

⑥ Power cord and adaptor(1 EA)

⑦Ultrasound gel(1EA)

⑧Belt(2EA)

⑨Grounding wire(1EA)

⑩ Transducer hanger(1EA)

⑪Operational manual

2) Optional Accessories

①RS-232C connection cable

② Cart

CHAPTER 4 PRODUCT DESCRIPTION

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Product Description 13

IFM-500

4.2. Name of Each part

■■Front panel

(1) Front cover

(2) Operating panel

(3) Open knob

(4) Power switch

(5) Logo label

(6) Door panel

Function

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14 Product Description

■■Rear panel

(7) Rear cover

(8) Lift handle

(9) Event marker socket

: Connect Event Marker to this connector.

(10) Serial port

: Connect PC to this connector using by supplied cable. (option)

(11) DOP I transducer port

: Connect DOP probe to this connector.

It is displayed to FHR I overlay part.

(12) DOP Ⅱ transducer port

: Connect DOP probe to this connector.

It is displayed to FHR I overlay part.

Mark

RS-232CDCP

UC

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Product Description 15

IFM-500

(13) Power inlet

(14) Protect ground

(15) Tocotransducer port

: Connect UC probe to this connector.

(16) Main label

(17) Speaker

Auxiliary equipment connected to the system interface must be certified according to the

respective IEC standard (e.q. IEC 950 for data processing equipment configurations shall comply

with the system standard IEC 60601-1.) Everybody who connects additional equipment to the

signal input part or signal output part configures a medical system, and therefore responsible that

the system complies with the require-ments of the system standard IEC 60601- 1. If in doubt,

consult the technical service department of your local representative.

To avoid electrical shock, do not open the cabinet. Refer servicing to qualified personnel only.

Da Gefahr eines elektrischen Schlags besteht, darf das Gehause nicht geoffnet werden.

Uberlassen Sie Wartungsabeiten stets einem Fachmann.

Pour eviter tout risque d’ electroncution, ne pas ouvrir le coffret. Confier l’ entretien uniquement

a un personnel qualifie.

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FETAL MONITOR

16 Product Description

■■Control panel

(18) DOP I Select lamp

(19) DOP I rhythm lamp

(20) FHR I display

(21) DOP I volume up button

(22) DOP I volume down button

(23) DOP Ⅱ Select lamp

(24) DOP Ⅱ rhythm lamp

(25) FHRⅡ display

(26) DOPⅡ volume up button

(27) DOPⅡ volume down button

(28) UC display

(29) Reference button

(30) UC bar display

(31) Calibration button

(32) Record ON lamp

(33) Record button

(34) Alarm on lamp

(35) Alarm button

Function

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Installation 17

IFM-500

■■Precaution

Please be sure following precautions for installing and use.

- Use and keep IFM-500 at temperature and humidity 10 ~ 40。C and 30 ~ 85 % respectively.

- Check the connecting status of power cord and transducer cable for smooth using.

- Don’t plug several cord in one electric outlet.

- Place main body at plain spot.

- Connect ground wire, or noise can be caused.

- Don’t use outlet to which electric appliances causing noise are connected.

- Protect enough space for proper use.

- All memories of set-up mode are remaining by internal batteries even when turn the unit off.

Memories can be changed by electric and other shocks so please memorize.

- Protect transducers from concussion because they are breakable easily.

- Use only ultrasound gel for transducer and clean it after use for keeping. Water and oil are

prohibited from using.

- Consider temperature and humidity for installing and keeping away from dust and explosive

material.

5.1. Transducer and Event marker Connection- Connect Ultrasound transducer I to Doppler I connectors at rear side of main body.

- Connect tocotransducer to UC(15) connector at rear side of main body.

- Connect Event marker to MARK(9) connector at rear side of main body.

CHAPTER 5 INSTALLATION

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FETAL MONITOR

18 Installation

5.2. Recording paper Installation

- Open printer door by pushing open knob(3) stationed at door cover.

- Insert recording paper into its compartment and make recording side face upward.

- Put the end of paper on driving black roller and close the door cover.

- Make the end of paper and end of door parallel.

- Thermal printer head can be damaged if door cover are closed without paper.

5.3. Power Connection

- Connect IFM-500 to AC power inlet(13) by using power cable.

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Set-up Mode 19

IFM-500

6.1. Initial Set-Up

Time, date, Printer record speed, Record contrast, Auto-record period, FHR alarm limits,etc. are

pre-setted as belows. And you can change the value as you like.

Subject Item Pre-setting Value

Current TimeTime and Date

Record Speed

Record Contrast

Auto-record Period

FHR Alarm

Parameter

Offset Mode

Alarm Mode

3

1

0

190

110

OFF

ON

Year

Month

Date

Hour

Minute

Second

cm/min

-

minute

Upper Limit

Lower Limit

CHAPTER 6 SET-UP MODE

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FETAL MONITOR

20 Set-up Mode

6.2. Set-Up Function

6.2.1. Time & Date set-up function

- Push “CAL” button for over 2 seconds, then you can hear “Beep” sound saying ready for

setting-up.

- Adjust year, month, date, hour, minute and seconds with FHR I volume buttons

- Adjust numeric values with Function button.

- Auto repeat function is supplied by pushing the button for over 2 seconds.

- Push “REC” button for memorizing values after adjusting. This pushing simultaneously

means escaping from time & date set-up function.

▲ ▼ ▲ ▼

Functionbutton

FHR ⅠVolumebutton

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Set-up Mode 21

IFM-500

6.2.2. FHR Alarm set-up function

- Push“ALARM”button for over 2 seconds, and FHR alarm set-up function starts with “Bee”sound.

- Set upper and lower limit by using FHR I volume up and down button.

- Adjust numerical value by using Function up and down button. The total measurement range

of FHR is from 50 to 240 bpm.

- Auto repeat function is supplied by pushing the button for over 2 seconds.

- Push“REC”button for memorizing values after adjusting. This pushing simultaneously means

escaping from FHR alarm set-up function.

▲ ▼

FHR ⅠVolumebutton

▲ ▼

Functionbutton

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FETAL MONITOR

22 Set-up Mode

6.2.3. Record speed set-up function

- Push“R E F”button for over 2 seconds, and record speed set-up function starts with “Bee”sound.

- Then,“REC”on FHR I display and“SPd”on Function display are displayed respectively.

- UC display can be displayed like“3”.

- Adjust numeric value by using Function up and down button.

- Push“REC”button for memorizing values after adjusting. This pushing simultaneously means

escaping from Record speed set-up function.

FHR Ⅰ Function

Function up / downbutton

UC

▲ ▼

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Set-up Mode 23

IFM-500

6.2.4. Record contrast set-up function

- Push“R E F”button for over 2 seconds, and record period set-up function starts with “Bee”sound.

- Then,“R E C”on FHR I display and“C o n”on Function display are displayed respectively.

- UC display can be displayed like“1”.

- Adjust numeric value by using Function button.

- Push“REC”button for memorizing values after adjusting. This pushing simultaneously means

escaping from record contrast set-up function.

- Each set-up value is the list below.

1 : normal

2 : normal X 2

3 : normal X 3

4 : normal X 4

FHR Ⅰ Function UC

Function up / downbutton

▲ ▼

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24 Set-up Mode

6.2.5. Auto-record period set-up function

- Push“REF”button for over 2 seconds, and auto-record period set-up function starts with

“Bee”sound.

- Then,“REC”on Function display and“Prd”on Function display are displayed respectively.

- UC display can be displayed like“0”.

- Adjust numeric value by using Function button.

- Push “REC”button for memorizing values after adjusting. This pushing simultaneously

means escaping from record period set-up function.

- Each set-up value is the list below.

0 : continuous

1 : 10 minutes

2 : 20 minutes

3 : 30 minutes

4 : 40 minutes

5 : 50 minutes

6 : 60 minutes

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Set-up Mode 25

IFM-500

FHR Ⅰ Function UC

Function up / downbutton

▲ ▼

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26 Operation

■ Initial status (Power on)When you turn on the unit, it will be seen like belows on displays which are blinking for 3 times

while hearing“Beep”sound. After this, unit are going into stand-by status for operation.

7.1. Control panelThe color of each lamps stationed on control panel are indicating specific status. Also, each

function and operation are fulfiled by button and LED display are displaying current status and

output value.

■LampDOP I seletion lamp : It will light when DOP I transducer is used.

FHR I rhythm lamp : As signal quality indicator, green light is blinking when

good signal are captured and red light is blinking when

noise present.

Record on lamp : It will light when record operation is on status.

Alarm on lamp : It will light when alarm is on status.

FHR Ⅰ Function UC

CHAPTER 7 OPERATION

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Operation 27

IFM-500

■ Signal display LED

FHR I LED : Display value of fetal heart rate of DOP I.

UC LED : Display current UC value and tocotransducer connection status.

UC bar : Display UC value as a form of LED bar.

■ Others

Open knob(3) : Push this knob to open door cover.

Power switch(4) : Push to turn it on and see if the color of front is green or black. Green

is indicating turn on status and black means turn off status.

■Buttons

DOP I volume up / down : Fetal heart beat sound of DOP I is going up/down. In

set-up mode, values are going up/down.

Function up / down : In set-up mode, values are going up/down.

Alarm : Alarm on and off status are inter-changeable by one

pushing and can be entered into set-up mode by

pushing the button for over 2 seconds.

Cal : Fulfil self-test operation by one-pushing of this button

and enter into time & date set-up status by pushing for

over 2 seconds.

Rec : Record on and off status are inter-changeable by one

pushing. Recording paper can be coming out at high

speed by pushing this button for over 2 seconds. One

pushing in set-up mode means of escaping from set-up

mode after memorizing all parameters.

Ref : One pushing make current UC value“10”and pushing

over 2 seconds make unit into record speed set-up

mode.

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FETAL MONITOR

28 Operation

7.2. FHR (Fetal Heart Rate)

■■In case of transducer disconnectionFHR I display LED is in off status.

■■In case of DOP transducer connection1) Selection indicator lamp turned on is indicating related Dop transducer is connected.

2) If there is no signal inputed to the transducer connected,“0”will be on FHR I display.

3) Heart rhythm lamp is blinking concurrently with fetal heart beating. Also it turn into green

to indicate correct FHR and red to indicate incorrect FHR.

■■Adjusting volume1) To increase or decrease the size of volume, push volume up and down button of FHR I.

2) Volumes are consisted of 16 steps and if surpass the biggest one, it turns back to the smallest

one again and vice versa.

3) Push volume up and down button simultanously to stop volume tentatively. And push any

button, up or down, to restart sound.

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Operation 29

IFM-500

7.3. UC (Uterine Contraction)

■■In case of transducer disconnectionUC value display and LED bar are turn off.

■■In case of tocotrnasducer connection1) UC display and LED bar is displaying current value respectively.

2) Value “10”setting of UC value can be made by one touching of“REF”button. So, Push

“REF”button before starting UC operation.

3) UC LED bar is indicating the UC value in a form of bar.

7.4. Alarming1) Basically, alarm function is set as‘on’status when the unit is turned on.

2) If value of FHR I or II is deviating from the range of value set by alarm set-up function,

alarming sound“Beep”will be heard.

3) If you push alarm button one time when you hear alarming, alarming sound, alarm lamp and

alarm function will be turned off. If you push alarm button again, alarm function and lamp

will be back to‘on’status.

7.5. Recording1) All value of FHR FM and UC are recorded on recording paper if you push“R E C”button

one time and simultaneously record lamp is on.

2) You can stop record operation by pushing“REC”button one time during recording.

3) If you push “REC”button for over 2 seconds during non-recording status, line-feed

function(recording paper are coming out at fast speed without recording) will be started.

Line feed function will last if you keep pushing“REC”button.

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FETAL MONITOR

30 Operation

7.6. Event Marking- If you push marker switch during operation, arrow mark will be recorded on the paper.

Detailed explanation of recording shape will be handled in chapter 10.

7.7. Self-test (Calibration) operation- Check the connection of transducers, power and paper loading.

- Push power switch(14) so that you will see green light on front face of power switch.

- After turned on IFM-500, it will start operation with the“Beep”sound.

- Self-test operation will be started if calibration button on front panel are pushed.

- 120, 160, and 50 are displayed on FHR I and UC value LED respectively and printed out as

it is. After then, it turn back to normal operation status immediately.

(Note : If no transducers are connected, no recording paper are inserted and cover are open error

message will be displayed on display LED. In this case, self-test and normal operation will be

stopped.)

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How to use Transducers 31

IFM-500

8.1. Doppler measurement method

IFM-500 is designed to measure FHR by using ultrasound which is high frequency waves above

the range of audible to the human ears. Ultrasound is transmitted to fetal heart wall through

abdominal of pregnant woman and ultrasound frequancy reflected by moving heart wall is

changed by movement of fetal heart wall. We call above situation as doppler effect which is

usually used in measuring fetal heart rate. Ultrasound is harmless to human body so that it is

applicable to so variety of medical fields.

One important factor to consider in measuring FHR by doppler principle is ultrasound attenuation.

If air bubble are existing between contacting surface of transducer and maternal abdominal wall,

ultrasonic attenuation will occur.

Please follow following order in using transducer

① Please search the patients’ abdomen for fetus back-side, on which you put DOP transducer.

In case fetus is laying as below drawing, please put the transducer as shown.

If you put the transducer on the front-side of fetus, focusing is often distracted and you can’t

get correct data.

CHAPTER 8 HOW TO USE TRANSDUCERS

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FETAL MONITOR

32 How to use Transducers

When fetus is heading down-ward or up-ward, you have to pay attention on placing the

transducer. Please put the transducer around the navel of patient.

②Moving the transducer slowly, search for the position where you can hear heart-beating more

clearly. Then, fasten belt after positioning the transducer.

Do not push the volume button until you find a correct position with transducer.

When you position transducer on the correct position and hear relatively clear heart

- beating sound and FHR rhythm lamp blinking green light as per heart-beating you can adjust

volume button as you like.

③ Carefully fasten the belt so that the transducer don’t slip away.

As shown on the left drawing, you need to arrange the transducer up-ward of patient. Then,

you can minimize cable damage and use it more conveniently.

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How to use Transducers 33

IFM-500

8.2. UC measurement method

Tocotransducer is used in measuring external uterine contraction with the help of belt.

Tocotransducer affixed on maternal abdominal wall is measuring UC by the pressure made by

uterine contraction.

Please follow following order in using tocotransducer.

① Place tocotransducer at 10 Cm upper of navel and fasten with belt. If tocotransducer are

placed at below of navel, measurement can be influenced by maternal respiration.

② Fasten transducer with belt. At this time, UC value must show about 20 ~ 90.

③ Push “REF”button to make UC value“10”④When uterine contraction are not occure, check the place of tocotransducer again.

After fastening transducer with belt, you need to push “REF”button one time before use.

Afterward, UC reference is automatically setted.

If you want to change transducer position, you need to try above four steps again.

You can print by pushing “REC”button after Dop transducer and tocotransducer are placed

at right position.

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FETAL MONITOR

34 Error Message and Countermeasure

Error message will be displayed on FHR I, II display LED. When error messages are occurs,

please refer to following chart for error message signal and countmeasure.

FHR Ⅰ, Ⅱ LED Alarming Factors causingerror

Countermeasure

Door Panel is open

No paper loaded

ERR 001 and002 are occurredsimultaneously

Transducers aredisconnected

Close the DoorPanel

Load paper

Load paper andclose Door Panel

Connect transducer

ERR 001Three “Beep”

Sound

ERR 002

ERR 003

ERR 004

CHAPTER 9 ERROR MESSAGE AND COUNTERMEASURE

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Recording Paper 35

IFM-500

①Use and non-use indication of DOP I transducer.(OFF→not using, ON→ using)

② Waveforms of FHR I.

③ Current time and minutes. Current year, month and date.

④ Use and non-use indication of tocotransducer. (OFF→ not using, ON→ using)

⑤ Current recording speed.

⑥ Upper and lower limit value set by alarm function.

⑦ Offset status.

⑧ Recording range of FHR I.

⑨ Recording range of fetal movement.

IFM-500 will start recording with one pushing of “REC” button and output from of recording is as

below.

⑥⑦

CHAPTER 10 RECORDING PAPER

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FETAL MONITOR

36 Recording Paper

⑩ Recording range of uterine contraction.

⑪ Arrow marked by event marker.

⑫ Time is recorded every five minutes.

If any data recorded on printer are changed, new data will appar on top of recording paper.

(Ex: DOP I transducer : on - off and off - on,

Tocotransducer : on - off and off - on,

Change of upper and lower limit value of alarm function,

Offset function : on - off and off - on)

<Self-test form>

⑥⑦

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A. Afterservice 37

IFM-500

If there are any problems with the equipment, please follow the steps below :

Contact the BIONICS Oversea Service Department immediately. After gathering the model

name, Serial Number, date of purchase, and description of the problem contact BIONICS with

the information shown below.

Try to solve the problem over the phone with the service department personnel. If the problem

can not be solved over the phone, the service personnel can came and fix the problem directly.

BIONICS or local distributor will make available on request circuit diagrams, component part

lists, descriptions, calibration instructions or other information which will assist your

appropriately qualified technical personnel to repair those parts of equipment which are

designated by BIONICS as repairable.

A. AFTERSERVICE

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FETAL MONITOR

38 B. Warranty

■BIONICS Corp. guarantees all new equipment ainst faults in materials or workmanship for a

period of one year from date of shipment to purchaser. BIONICS Corp. will, as sole and

exclusive remedy, at no charge, replace any such defective unit returned to its service

department within the designated warranty period.

■ This warranty applies only to failures from operatingthe equipment under conditions for which

it was designed. Warranted equipment is to be used only for the intended and labeled

indications presented in the literature accompanying the equipment.

■ This warranty does not cover loss or dame resulting from external causes, such as, but not

limited to, fire, flood, windstorm, hail, lightning, earthquake, theft, misuse, or abuse. Dame

caused by equipment relocation is not coverd.

■ This warranty is void in cases where the product has been damed as a result of an accident,

misuse, abuse, dropping, abnormaloperating conditions, or attempts to modify or alter any part

or assembly.

■Cosmetic defects or deterioration will not be refinished or replaced. The costs of training

materials, or supplies are not covered.

■BIONICS Corp. will not be responsible for any loss, dame, or injury resulting from delay in

rendering service under this warranty.

■BIONICS Corp. will not be responsible to you for incidental or consequential dames of any

kind arising from connected with the use of its equipment.

■When you have a problem with warranted BIONICS Corp. equipment, please notify BIONICS

Corp. of the Model, Serial Number, Date of Purchase, and nature of the problem. BIONICS

Corp. will replace defective equipment at no cost to you. BIONICS Corp. will pay the shipping

and insurance costs of equipment sent to you.

■Defective equipment shipped from you to BIONICS Corp. must be packed in the replacement

cartons. Shipping and insurance costs for the return of the defective equipment must be pre-

paid by you.

■ This limited warranty is in lieu of all other warranties expressed or implied, including

warranties of merchant ability or fitness for any particular use. No representative or other

person is authorized to represent or assume for BIONICS Corp. any warranty liability beyond

that set forth herein.

B. WARRANTY

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39

IFM-500

Manufacturers Name :

Manufacturers Address :

Declares that the product :

Product Name :

Model Number :

to which this declaration relates is in conformity with the European Directive :

93/42/EEC

“Council Directive of 14 June 1993 on the approximation of the laws of the Member States

concerning medical devices.”

The technical documetation and full compliance with the standard(s) or other normative

documents listed below proves the conformity with the essential requirements of the above-

mentioned EC Directive :

BIONICS Corp.

214-3, Sangoan-Ri, Hongchun-Eub,

Hongchun-Gun, Kangwon Do

Korea

Fetal Monitor

IFM-500

EC Declaration of Conformity0 4 7 0

Supplementary InformationThe devices are Class IIb.The devices were tested in a typical configuration of a BIONICS IFM-500 Fetal monitor.

(Quality Control Team Manager - Kwak Dong Hun)

EN 60601-1 : 1990+A1:1993+A2:1995

{IEC60601-1:1988+A1:1991+A2:1995}

EN 60601-1-2 : 1993 {IEC 60601-1-2 : 1993}

CISPR 11 : 1990 : Class A

EN 55011 : 1991 {CISPR 11 : 1990} : Class A

IEC 801-2 : 1991 [CD=3kV : AD = 8kV]

IEC 801-3 : d1992 [3Vm@80% sin. Mod.]

IEC 801-4 : 1998 [AC=1kV; DC=0.5kV:I/O=0.5kV]

IEC 801-5 : d1993 [DM=1kV: CM=2kV]

EMC :

Conducted Emission :

Radiated Emission :

ESD :

Radiated lummunity :

Fast Transients/Bursts :

Surges :

Safety Performance

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